The Control Performance podcast series

Control performance at Valmet
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A typical plant is losing millions annually from poorly-performing control systems. Typically, 20-30% of controls are in manual mode. Up to 85% of control loops have sub-optimal settings. 20-40% of controllers are oscillating, adding to plant variability, and hurting reliability. With so many issues, it can be hard to monitor, prioritize, and resolve issues.

  1. 5 things you didn’t know regarding Valmet’s PlantTriage

    2023/02/02

    5 things you didn’t know regarding Valmet’s PlantTriage

    PlantTriage is an award-winning PID tuning software that continually monitors your plant to identify issues, prioritizes the information, uncovers the root cause of issues and provides a complete set of tools to resolve problems. But, what else can it do? Listen in and find out.

    14 分鐘
  2. The new Control Performance Service at Valmet

    2022/11/30

    The new Control Performance Service at Valmet

    The merger of Valmet and Neles was completed on April 1, 2022, and now operates as one company. Together we have a unique offering for the global process industries and 17,000 top professionals around the world. Performance Solutions (Expertune) has migrated into Valmet Automation Systems. We will continue to offer our award-winning software of PlantTriage, PID Loop Optimizer, and Global Loop Optimizer. With our new resources, we have been able to improve upon Control Performance Services, and Control Performance Evaluation Services.

    14 分鐘
  3. Sustainability in control performance

    2021/10/28

    Sustainability in control performance

    In this podcast, you will learn to use modern tools and approaches to improve sustainability. Sustainability helps you to meet today’s needs without sacrificing the future. Digital tools and services can be leveraged to reduce waste, save energy and chemicals, and to streamline the work for plant personnel. This podcast shows practical examples and case studies for sustainable improvement.

    13 分鐘
  4. Control Performance with Vince Morehead, Global Services Manager at Valmet

    2020/06/18

    Control Performance with Vince Morehead, Global Services Manager at Valmet

    An interview with Vince on how he uses his experience to return your plant to optimal performance. How he measures and reports performance, gets to the root cause of the problem, prioritizes corrective actions, and how performance can be sustained.

    38 分鐘
  5. Control valve performance management with Guilherme Golfetto and Cristian Moraes

    2020/05/21

    Control valve performance management with Guilherme Golfetto and Cristian Moraes

    How are you maintaining optimal valve performance, extending valve life, focusing maintenance resources, minimizing unplanned downtime, reducing risk and total cost of ownership.

    31 分鐘
  6. Remote Execution of Control Performance

    2020/05/08

    Remote Execution of Control Performance

    How do you keep your plant at optimal performance while working from home.

    9 分鐘
  7. Develop work flows for long term results with Control Loop Performance Management

    2020/05/04

    Develop work flows for long term results with Control Loop Performance Management

    Return your plant to optimal performance with digitization. Control performance is a turn-key solution for plant performance problems and issues with poorly performing control systems.

    9 分鐘
  8. Improving OEE with predictive control valve maintenance

    2020/04/20

    Improving OEE with predictive control valve maintenance

    Most industrial facilities are only leveraging a small fraction of the available process and equipment data, while many problems lie hidden in plain view. Large, expensive equipment can receive a lot of attention, while smaller, less expensive equipment is not monitored as closely. However, it should be, as up to 30% of control valves, for example, can improve process performance with minor repairs or upgrades.

    7 分鐘
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簡介

A typical plant is losing millions annually from poorly-performing control systems. Typically, 20-30% of controls are in manual mode. Up to 85% of control loops have sub-optimal settings. 20-40% of controllers are oscillating, adding to plant variability, and hurting reliability. With so many issues, it can be hard to monitor, prioritize, and resolve issues.

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